Glossary
The vocabulary, defined.
AI-native design and media has acquired a lot of language and not much agreement. These are the definitions we work to — written plainly, so you can hold us to them.
AI-native practice
- AI-native also: AI-first
- AI-native describes an organisation whose production engine is built around AI from the ground up, rather than a traditional workflow with AI tools added to it. In an AI-native design and media firm, AI generates the bulk of the output — typically 70–90% — while a small senior team owns strategy, creative direction and quality assurance. The distinction is structural, not tooling: an AI-native firm would have to be redesigned to work without AI.
- See also AI-enabled Human-in-the-loop Review gate
- AI-enabled also: AI-assisted, AI-augmented
- AI-enabled describes a traditional agency or team that has adopted AI tools without changing its underlying operating model. Headcount still scales with output, and AI acts as an accelerator on individual tasks — a faster Photoshop, a drafting assistant. It is the counterpart to AI-native, where the pipeline itself is the product.
- See also AI-native
- Human-in-the-loop also: HITL
- Human-in-the-loop is a workflow design in which a person reviews, corrects or approves machine output before it moves forward. In AI-native creative production it is what separates volume from slop: the machine proposes at scale, a human with judgement disposes. The humans are positioned at the decisions that carry taste, risk or brand consequence rather than at every step.
- See also Review gate AI-native
- Fractional design & media team
- A fractional design and media team is a senior external team that embeds part-time inside a company, covering the work an in-house creative department would do without the cost or lead time of hiring one. Paired with AI production capacity, a small fractional team can carry brand, product and content output that would traditionally need a department, and can scale up or down with the roadmap.
- See also AI-native In-house / external / systems split
- In-house / external / systems split
- The in-house / external / systems split is the standard way to staff a lean creative operation: the in-house owner holds brand strategy, priorities, approvals and final quality control; external specialists execute; and systems — brief templates, asset libraries, pipelines, AI generation — carry the volume. The rule of thumb is to keep judgement and accountability inside, and to buy or automate execution.
- See also Fractional design & media team Creative operations Asset library
Prototype → production
- Prototype-to-production also: Prototype rescue, Vibe-code rescue
- Prototype-to-production is the work of turning an AI-generated prototype — from Lovable, v0, Bolt, Replit or Cursor — into software that can be safely launched and maintained. It covers an architecture audit, replacing generated scaffolding with real authentication and a real data layer, then adding tests, CI/CD, accessibility and observability. The gap it closes is rarely the interface; it is the plumbing behind it.
- See also Harden vs rebuild Vibe coding Observability
- Vibe coding
- Vibe coding is building software by describing what you want to an AI generator and iterating on the result, without directly authoring or fully reviewing the code. It is genuinely fast for reaching a working demo, and it reliably produces systems whose correctness, security and structure nobody has verified — which is why vibe-coded prototypes need an audit before they meet real users.
- See also Prototype-to-production Harden vs rebuild
- Harden vs rebuild
- Harden vs rebuild is the first decision when taking an AI prototype to production: repair the existing codebase in place, or rewrite it on a proper foundation. In practice the answer is almost always a partial rewrite — the interface is largely reusable, while authentication is replaced, the database redesigned and the app structure refactored. You keep the shape, not the system.
- See also Prototype-to-production Prototype triage Vibe coding
- Prototype triage
- Prototype triage is the audit that decides which of several overlapping prototypes is worth building on. Each candidate is scored on architecture, security, data model and distance-to-production; one becomes the foundation, and the best ideas from the rest are folded back in. It exists because choosing the foundation by gut is the most expensive mistake available at this stage.
- See also Prototype registry Harden vs rebuild
- Prototype registry also: Prototype fleet
- A prototype registry is a single source of truth for every prototype a team has generated: an ID, an owner, the goal, the target user, the current status and a live URL. Once AI makes prototypes cheap, teams accumulate dozens and lose track of which are load-bearing — the registry turns that pile into a portfolio with rules, and is what makes a promotion path or an archive policy enforceable.
- See also Promotion path Archive policy Prototype triage
- Promotion path
- A promotion path is the defined route a prototype takes from experiment to production, with an explicit bar at each step — demo, validated with users, hardened, launched. Nothing advances without meeting the bar for the next stage. It prevents the common failure where a weekend demo quietly becomes load-bearing infrastructure because it happened to get shown to a customer.
- See also Prototype registry Archive policy Staging environment
- Archive policy
- An archive policy is the rule that retires prototypes which are no longer being promoted — deployment torn down, credentials revoked, repository archived read-only, the decision recorded. Dormant AI prototypes are not free: they hold live API keys and customer data, and they accrue security exposure for as long as they stay reachable. Deciding to kill something is a maintenance action, not a failure.
- See also Prototype registry Promotion path
- Staging environment
- A staging environment is a production-like deployment where changes are verified before real users see them. AI-generated prototypes typically ship straight from the generator to a live URL with no such step, so the first place a mistake is discovered is in front of a customer. Adding staging is usually among the earliest changes in taking a prototype to production.
- See also Prototype-to-production Observability
- Observability
- Observability is the ability to tell what a running system is doing from the outside — through logs, metrics, traces, error tracking and alerts. It is the difference between learning about an outage from your monitoring and learning about it from a customer. AI generators almost never produce it, because a demo has no operational life to observe.
- See also Staging environment Prototype-to-production
Media & content automation
- Creative automation
- Creative automation is the generation of on-brand creative output — layouts, variants, resizes, localisations — by systems rather than by hand, from a brief and a set of brand rules. Mature creative automation is one connected pipeline from brief to published asset, not a collection of individual AI tools used ad hoc by different people.
- See also Parametric creative Orchestration layer Variant generation
- Parametric creative
- Parametric creative is an approach where you define constraints (brand rules, layout logic, tone), supply inputs (copy, assets, audience segment) and specify outputs (formats, channels) — and the system generates the variations. Instead of designing each asset from scratch, you design the rules that produce them, which is what makes brand-consistent resizing and reflow across ten formats a configuration rather than a project.
- See also Creative automation Design tokens Variant generation
- Orchestration layer also: Pipeline engine, Agent workflow
- The orchestration layer is the workflow engine that runs a creative pipeline end to end: idea → draft → generation → format variations → QA → schedule and publish. It ties together the data, the prompt and template libraries, the review gates and the delivery connectors. It is the component that distinguishes an automated pipeline from a person moving files between AI tools.
- See also Creative automation Connector Review gate Prompt library
- Variant generation also: Dynamic creative
- Variant generation is producing many versions of one creative concept — per channel, format, audience segment or language — from a single source. The standard AI-native practice is to generate broadly and then have humans select and refine, rather than to accept the first output: the value is in the range offered to a human eye, not in the machine picking.
- See also Parametric creative Localisation Human-in-the-loop
- Localisation also: Localization, l10n
- Localisation adapts creative for a market rather than merely translating it — language, copy length, imagery, cultural reference, currency and legal wording, with layouts that survive text expansion. In an automated pipeline it becomes a dimension of variant generation, which is why one brief can yield hundreds of market-ready assets.
- See also Variant generation Creative automation
- Connector also: Integration
- A connector is the integration that carries finished assets from the production pipeline into the systems that publish them — CMS, email platform, ad manager, social scheduler, DAM or CRM. Connectors are where creative automation either delivers or quietly stops: a pipeline that generates beautifully but hands off through manual upload has not removed the bottleneck.
- See also Orchestration layer Asset library
Creative operations
- Creative operations also: CreativeOps
- Creative operations is the discipline of running creative production as a system: intake and briefs, pipelines, review gates, asset management, and the measurement of throughput and quality. In an AI-native firm it is the load-bearing function, because once generation is cheap the constraint moves to intake, judgement and distribution.
- See also Brief Review gate Asset library Orchestration layer
- Brief
- A brief is the structured statement of what is being made and why — audience, objective, message, constraints, channels and success measure. In an automated pipeline the brief stops being a document and becomes an input: it is the structured data the system fans out from, which is why brief quality sets the ceiling on everything generated downstream.
- See also Creative operations Parametric creative
- Review gate also: Quality gate
- A review gate is a checkpoint where a human approves or rejects machine output before it can advance. Gates are placed where the cost of being wrong is real — brand voice, factual claims, legal exposure, the final cut — rather than uniformly across the pipeline. They are the mechanism by which an AI-native firm ships volume without shipping slop.
- See also Human-in-the-loop Creative operations Orchestration layer
- Asset library also: DAM, Digital asset management
- An asset library is the governed store of approved brand assets — logos, type, imagery, footage, templates — with the metadata and permissions that make them findable and safely reusable. When AI generation multiplies output volume, the library is what stops a brand from drifting: it defines what "on-brand" refers to for both people and machines.
- See also Design system Design tokens Creative operations
- Design system
- A design system is the documented, coded set of components, patterns and rules a product and brand are built from. Treated as an AI-native artefact it is not a static PDF but a living system with tokens and generation pipelines attached, so consistency is enforced by tooling rather than by asking people to remember it.
- See also Design tokens Asset library Parametric creative
- Design tokens
- Design tokens are the named, machine-readable values of a design system — colour, type scale, spacing, radius, motion — that both interfaces and generation pipelines read from. Because they are data rather than description, they are what lets a machine produce on-brand output without a human checking every hex code.
- See also Design system Parametric creative
- Prompt library
- A prompt library is the versioned, shared set of prompts and templates a team has found to work, held as institutional knowledge rather than in individual chat histories. It is what makes AI output reproducible across a team: without one, quality depends on which person happened to run the generation.
- See also Orchestration layer Creative operations
AI search & discovery
- Generative engine optimisation also: GEO, AI search optimisation
- Generative engine optimisation is the practice of making a brand accurately described and cited by AI answer engines — ChatGPT, Claude, Perplexity, Google AI Overviews — rather than merely ranked by a search engine. It rewards clear entity definition, quotable and self-contained claims, structured data, and being the source that answers a question directly, because the engine is choosing what to lift and attribute.
- See also Entity graph llms.txt Answer engine
- Answer engine
- An answer engine responds to a query with a synthesised answer and citations instead of a list of links. It changes the unit of discovery from the click to the citation: a brand that is not named in the answer is invisible regardless of where it ranks, which is why AI-era visibility is measured by whether engines mention and cite you.
- See also Generative engine optimisation Entity graph
- Entity graph
- An entity graph is the machine-readable description of who an organisation is and how it relates to its services, people, content and other entities — expressed on a website through consistent structured data such as Organization, Service and FAQPage schema. Answer engines resolve a brand to an entity before they describe it, so a consistent graph is what makes the description accurate.
- See also Generative engine optimisation llms.txt Answer engine
- llms.txt
- llms.txt is a convention for publishing a plain-text index of a site's most useful content at /llms.txt, so a language model can find the substance without parsing navigation and markup. It functions as a curated map for machine readers, in the way robots.txt and sitemap.xml serve crawlers.
- See also Generative engine optimisation Entity graph
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